What Is The Fastest Dedicated Hardware Video Encoder For Mac

I need a H.264 hardware encoder for Mac to transcode videos with h264 codec for my phone, but I have a single requirement - it shall be capable of using the Intel hardware acceleration. I know there are some tools for Windows, any luck for Mac platform? It is a real waste that the CPU hardware acceleration technology just sits there almost idle, while the converter oversweats. Admittedly, the frequently-asked task- video transcoding translates into a surge in demand for faster processing power. Luckily that Intel has made it less of a problem with its cool feature named Quick Sync Video. But large-amount multi tasks are still in need of a more powerful hardware encoding h264 solution to accelerate the encoding time for H.264 videos beyond what the hardware acceleration technology alone can achieve. Namely, a hardware h264 encoder which can take advantage of Quick Sync Video is essential.

About Quick Sync Video With the popularity of smartphones, video transcoding becomes one of the most consumers of CPU power in order to carry the full HD/1080P content on the go. Basically, h264 hardware encoding is a CPU intensive task and to make it more efficient, Intel has developed a acceleration technology named for H.264. Simply put, Intel has developed a dedicated chip to accelerate the media processing speed. In other words, in video encoding like hardware encoding h264, as claimed by Intel, this hardware acceleration technology will save a good deal of time with dramatic performance gains. Therefore, a h.264 hardware video encoder that combines with this hardware acceleration technology will further reduce the time required for the encoding process. But currently, there is no such a hardware encoder that supports this technology for Mac platform. First H.264 Hardware Encoder with the World's Fastest Speed To cover the demand of even faster experience of hardware encoding for H.264 videos, now the FIRST Mac hardware H264 video encoder, for the first time, takes full advantage of the advanced Intel Quick Sync Video (QSV) technology to significantly accelerate the hardware video encoding speed between various files like AVI, MP4, FLV, MKV, MOV etc to formats with H.264 codec on Mac platforms (Mojave) with hardly any quality loss.

By leveraging Intel QSV, this hardware h264 encoder lowers the CPU utilization to ensure up to 16x faster encoding speed of H.264 UHD/HD/SD files for iPhone iPad Android devices on computers with Intel速 SandyBridge, IvyBridge, Haswell and Broadwell processors. Combined with the hyper-threading technology and multi-core CPU utility, now users can enjoy up to 5x faster H.264 hardware encoding speed on Mac compared with other tools online, especilly when it comes to UHD/HD videos. What's more, as Intel Quick Sync switches most of the H.264 hardware video encoding task over a media processing unit in the dedicated processor graphics module, now more CPU are free up for other tasks while encode the H.264 files, like watching online videos, browsing the web pages etc. That's to say, with this H.264 hardware encoder, users can double advantages of bullet -fast speed and smoother processing experience with video transcoding.

As for the quality, admittedly, there will be subtle quality loss, but it's almost impossible to tell the difference by human eyes. Advantages of the Fastest Hardware Encoder H.264 for Mac The advantages of this H.264 hardware encoder are quite clear: superfast speed and sound performance. More specifically, MacX Video Converter Pro makes the best of the advanced QSV technology to provide up to 16x faster speed and a significant performance boost for hardware encoding of H.264.

In order to show the advantages of the hardware H.264 encoder more intuitively, here we have made some comparisons below: H.264 Hardware Encoding Performance of Macx Video Converter Pro with QSV Enabled/Disabled. In the first comparison, we have compared the encoding time required for this hardware H264 encoder to encode 4K UHD, HD 1080p and 720p videos with and without QSV technology. All of those videos are encoded with H.264 codec.

Converting 4K UHD 3840x2160p, 1min 45s, MP4 to MKV, QSV disabled: 49 seconds, QSV enabled: 11 seconds 2. Converting HD 1920x 1080p, 3mins 57s, MP4 to iPhone 6s, QSV disabled: 51 seconds, QSV enabled: 10 seconds 3.

Converting HD 1080px720p, 4mins 32s, AVI to MOV, QSV disabled: 25 seconds, QSV enabled: 9 seconds. MacX Video Converter Pro vs Other Competitors in H.264 Encoding Time (QSV Enabled) This hardware h.264 mentioned here is highly recommended for you to process, especially, various high-definition videos like 4K ultra HD 2160P, HD 1080P/720P for that it excels other H.264 hardware video encoders for Mac in delivering a superfast speed to encode H.264 video files with robust performance.

To intuitively illustrate the speed improvement brought by the QSV hardware acceleration technology, here we have compared the encoding time required to process two pieces of files in UHD and HD respectively for the major video encoders on the market, including Wondershare, Xilisoft, DVDFab, Handbrake and Any Converter. Conclusion: While it is already being quite fast for video transcoding, the addition of Quick Sync Video support makes this hardware encoder of h.264 16 times faster. Benefited from this technology, users can not only enjoy a faster hardware encoding process of H.264 files, but also perform other tasks like website browsing, online movies watching etc with less buffering.

What Is The Fastest Dedicated Hardware Video Encoder For Mac

Combined with this feature, the hardware encoder of H.264 furhter reduces the time required for encoding video with H.264 codec, even. Step 1: Launch the hardware video encoder for H.264 files and click 'Add File' to load the H.264 files you'd like to encode to other formats. You're able to load files in MP4, AVI, MTS, MKV, MOV etc with H.264 codec. Step 2: Choose the format, video settings or device profile (iPhone XS/XR/X/8/7/6s/6s plus/6/iPad Pro/Air 2 more) for the output files.

Step 3: Check the Hardware Acceleration QSV option at the lower right of the interface to enable the hardware acceleration for fast hardware H.264 encoding. Step 4: Click the output folder you want to save the output video by clicking 'Browse' button. Step 5: After you finish the above steps, click the 'RUN' button to start hardware encoding of h264 now. By taking full advantage of the QSV hardware acceleration technology, the hardware h264 encoder will guarantee an ever-faster speed and high video quality.

Since launching, we’ve heard from a number of users who can’t believe just how fast it is. How can it be that one application is so much faster than other applications, when they’re all doing “the same thing”?

We’re going to use this post to talk about how EditReady manages to do what it does. Transcoding a video involves a few different stages. First, you need to decompress the video to raw, uncompressed frames. Then, you may need to do some color conversion on these frames to get them ready for the destination format.

Finally, you need to compress them into the new destination format. Each of these stages takes time – how much time depends on the complexity of the formats involved. Video encoding and decoding is highly CPU-intensive. Modern formats like H.264 are able to leverage very complicated mathematical processes to minimize their space utilization. There are a lot of operations that need to be performed on each frame of a video, and other operations that need to be performed across frame groups (GOPs).

Hardware acceleration for video encoding and decoding has been around for decades in the form of dedicated cards or accessories. By focusing on optimizing specific algorithms, hardware codecs are able to dramatically increase performance. But, very few users are interested in buying dedicated transcoding hardware.

Hardware Decoding Due to the rise of formats like H.264 for online video delivery, Intel saw a need for better video support on mainstream computers. To address this, they introduced their technology with the Sandy Bridge architecture in 2011. QuickSync, now in its third generation with the Haswell architecture, provides dramatic speed increases for H.264 encoding and decoding (and some flavors of MPEG-2). EditReady is able to offload a lot of the work of dealing with H.264 to this dedicated hardware, leaving your CPU free for working with non-accelerated formats like ProRes. This means that, in some cases, a fast Macbook Pro, Macbook Air, or iMac will outperform even a loaded Mac Pro. This also creates some interesting disparities in performance. The newest Intel Xeon chips, like those used in the powerhouse Mac Pro, don’t support QuickSync.

Because Xeons are primarily intended for use in servers, Intel doesn’t deem it necessary. This means that, in some cases, a fast Macbook Pro, Macbook Air, or iMac will outperform even a loaded Mac Pro. GPU Acceleration There are a few other ways in which EditReady is able to maximize performance.

For example, some video transcodes require the raw, uncompressed frames to be converted between color formats or sampling schemes. Your source codec may store video as RGB data, while your destination codec may expect it in YCbCr. While this conversion isn’t computationally complex, it needs to take place for every pixel of every frame, which means there’s a lot of data that needs alteration. Luckily, the graphics card in your computer is designed for this type of operation.

EditReady uses OpenCL to perform GPU-accelerated conversions, giving your CPU more time for other tasks. There’s an added benefit to using specialized hardware like QuickSync and the GPU – battery life.

Not only is the hardware decoder far faster, but it’s also more power efficient. And by doing all your processing in a shorter amount of time, your system can more quickly return to an “idle” state and save even more power. Good ol’ Fashioned Hard Work Finally, and unlike other conversion tools on the market, we’ve spent months making sure every single operation EditReady performs is absolutely necessary.

What Is The Fastest Dedicated Hardware Video Encoder For Mac Mac

One of the real “killers” of performance in an application is the act of copying data in memory. Sometimes when developers write software, we end up adding extraneous memory copies without realizing it – “I need this data over here now, I’ll just make a copy.” Doing that even a few times has a big impact on performance. By meticulously mapping every single operation EditReady performs, we’ve been able to remove any unnecessary operations. So just how quick is EditReady? We’ve prepared a video to demonstrate.